@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import models.resident._ @import models.resident.shares._ @import common.resident.MoneyPounds @this( summaryNumericRow: playHelpers.resident.summaryNumericRow, govukWarningText : GovukWarningText ) @(gainAnswers: GainAnswersModel, taxYear: TaxYearModel, gain: BigDecimal, totalCosts: BigDecimal, maxAEA: BigDecimal = 0)(implicit request: Request[_], messages: Messages, lang: Lang)
@{if (!taxYear.isValidYear) { govukWarningText(WarningText( iconFallbackText = "Warning", content = Text(Messages("calc.summary.noticeSummary")) )) } }


How to plot damage angles
After a damage angle analysis, all incremental damage angles are computed and stored in the database with their related
equivalent stresses. Computed damage angles can be plotted on a bar chart by right-clicking on the - Damage Angle
item and selecting - Plot Damage Angles
from the popup menu as follows;


After signing in to Oppia, you'll end up on the Home page. Even before you start creating your own explorations, there are a number of things you can do. You can click on the icon at the top left corner of the page to access the blog, join the discussion forum or access the Participation Playbook. You can also check out a variety of existing explorations in different categories, or create one of your own by clicking on "Create Exploration" at the top right.
Below the banner, the homepage contains a list of all published, non-draft explorations on the server. If there are a lot of explorations, not all of them will be shown at once. As you scroll down, more will be loaded.
You can filter the list by searching for specific topics, or selecting particular categories and languages. (You can also change the default language settings on your Preferences page.) In the following screenshot, the user has selected the "Mathematics" category (circled in orange), so the gallery shows only mathematics explorations.
To play an exploration, click anywhere on its gallery tile. If you have editing permissions, an "Edit" option will also appear in the top right of its tile.


Class for doing a convolution over a sequence.
Class for doing a convolution over a sequence.For each component of output frames, it computes the convolution of the input sequence with a kernel of size k_w (over the time).
Note that, depending of the size of your kernel, several (last) frames of the input sequence could be lost.
Note also that no non-linearity is applied in this layer.
Alphabetic index HTML hierarchy of classes or Java


Tier 1 Sites (Alexa Global Ranking 1 - 5,000)
Faucet
Coins
Hub
Frequency
Withdrawal
1 -
CryptoTab Browser
BTC
direct
continues
0.00001000 BTC
2 -
FreeBitco.in
BTC
direct
60 min
0.00003000 BTC
3 -
MellowAds
BTC
direct
1 day
n/a
4 -
adBTC
BTC
FaucetHub
1 min
0.00005000 BTC
5 -
CoinPot
BTC, BCH, DOGE, LTC, DASH
direct
reward claim is done via
Moon
* faucets (see below)
0.00010000 BTC


{% extends "tutorial.html" %} {% load mixin from templatefilters %} {% block pagebreadcrumb %}{{ tut.title }}{% endblock %} {% block head %} {% endblock %} {% block iscompatible %} return Modernizr.cssanimations {% endblock %} {% block html5badge %} {% endblock %} {% block share_image %} {% endblock %} {% block content %}
JAM with Chrome is a web based musical project created by Google. JAM with Chrome lets people from all over the world form a band and JAM in real time inside the browser. DinahMoe pushed the boundaries of what was possible with Chrome’s Web Audio API, our team at Tool of North America crafted the interface for strumming, drumming and playing your computer as though it was a musical instrument.
With Google Creative Lab’s creative direction, illustrator Rob Bailey created intricate illustrations for each of the 19 instruments available to JAM with. Working off those, Interactive Director Ben Tricklebank and our design team at Tool created an easy and pro interface for each instrument.
As each instrument is visually unique, Tool’s Technical Director Bartek Drozdz and I stitched them together using combinations of PNG images, CSS, SVG and Canvas elements.
Many of the instruments had to handle different methods of interaction (such as clicks, drags and strums - all the things that you would expect to do with an instrument) while keeping the interface with DinahMoe’s sound engine the same. We found that we needed more than just JavaScript’s mouseup and mousedown to be able to provide a beautiful playing experience.
To deal with all this variation, we created a “Stage” element that covered the playable area, handling clicks, drags and strums across all the different instruments.
The Stage is our controller that we use to setup function across an instrument. Such as adding different parts of the instruments that the user will interact with. As we add more interactions (such as a “hit”) we can add them to the Stage’s prototype.
function Stage(el) { // Grab the elements from the dom this.el = document.getElementById(el); this.elOutput = document.getElementById("output-1"); // Find the position of the stage element this.position(); // Listen for events this.listeners(); return this; } Stage.prototype.position = function() { // Get the position }; Stage.prototype.offset = function() { // Get the offset of the element in the window }; Stage.prototype.listeners = function() { // Listen for Resizes or Scrolling // Listen for Mouse events };
Our first task is to translate mouse coordinates in the browser window to be relative to our Stage element. To do this we needed to take into account where our Stage is in the page.
As we need to find where the element is relative to the whole window, not just its parent element, it’s slightly more complicated than just looking at the elements offsetTop and offsetLeft. The easiest option is to use getBoundingClientRect, which gives the position relative to the window, just like mouse events and it is well supported in newer browsers.
Stage.prototype.offset = function() { var _x, _y, el = this.el; // Check to see if bouding is available if (typeof el.getBoundingClientRect !== "undefined") { return el.getBoundingClientRect(); } else { _x = 0; _y = 0; // Go up the chain of parents of the element // and add their offsets to the offset of our Stage element while (el && !isNaN( el.offsetLeft ) && !isNaN( el.offsetTop ) ) { _x += el.offsetLeft; _y += el.offsetTop; el = el.offsetParent; } // Subtract any scrolling movment return {top: _y - window.scrollY, left: _x - window.scrollX}; } };
If getBoundingClientRect does not exist, we have a simple function that will just add up offsets, moving up the chain of the element parents until it reaches the body. Then we subtract how far the window has been scrolled to get the position relative to the window. If you are using jQuery the offset() function does a great job of handling the complexity of figuring out the location across platforms, but you will still need to subtract the amount scrolled.
Whenever the page is scrolled or resized it’s possible that the element’s position has changed. We can listen for these events and check for the position again. These events are fired many times on a typical scroll or resize, so in a real application it’s probably best to limit how often you recheck the position. There are many ways to do this, but HTML5 Rocks has an article for debouncing scroll events using requestAnimationFrame which will work well here.
Before we handle any hit detection, this first example will just output the relative x and y whenever the mouse is moved in the Stage area.
Stage.prototype.listeners = function() { var output = document.getElementById("output"); this.el.addEventListener('mousemove', function(e) { // Subtract the elements position from the mouse event's x and y var x = e.clientX - _self.positionLeft, y = e.clientY - _self.positionTop; // Print out the coordinates output.innerHTML = (x + "," + y); }, false); };
To start watching the mouse movement, we will create a new Stage object and pass it the id of the div that we want to use as our Stage.
//-- Create a new Stage object, for a div with id of "stage" var stage = new Stage("stage");
In JAM with Chrome not all of the instrument interfaces are complex. Our drum machine pads are just simple rectangles, making it easy to detect if a click falls within their bounds.
Starting with rectangles, we will setup some base types of shapes. Each shape object needs to know its bounds and have the ability to check if a point is within it.
function Rect(x, y, width, height) { this.x = x; this.y = y; this.width = width; this.height = height; return this; } Rect.prototype.inside = function(x, y) { return x >= this.x && y >= this.y && x <= this.x + this.width && y <= this.y + this.height; };
Each new shape type we add will need a function within our Stage object to register it as a hit zone.
Stage.prototype.addRect = function(id) { var el = document.getElementById(id), rect = new Rect( el.offsetLeft, el.offsetTop, el.offsetWidth, el.offsetHeight ); rect.el = el; this.hitZones.push(rect); return rect; };
On mouse events, each shape instance will handle checking if the passed mouse x and y are a hit for it and return true or false.
We can also add an "active" class to the stage element that will change the mouse cursor to be a pointer when rolling over the square.
this.el.addEventListener ('mousemove', function(e) { var x = e.clientX - _self.positionLeft, y = e.clientY - _self.positionTop; _self.hitZones.forEach (function(zone){ if (zone.inside(x, y)) { // Add class to change colors zone.el.classList.add('hit'); // change cursor to pointer this.el.classList.add('active'); } else { zone.el.classList.remove('hit'); this.el.classList.remove('active'); } }); }, false);
As shapes get more complicated, the math to find if a point is inside of them becomes more complex. However, these equations are well established and documented in great detail in many places online. Some of the best JavaScript examples I have seen are from Kevin Lindsey’s geometry library.
Fortunately in building JAM with Chrome we never had to go beyond circles and rectangles, relying on combinations of shapes and layering to handle any extra complexity.
To check if a point is within a circular drum we will need to create a circle base shape. Though it is quite similar to the rectangle, it will have its own methods for determining bounds and checking if the point is inside of the circle.
function Circle(x, y, radius) { this.x = x; this.y = y; this.radius = radius; return this; } Circle.prototype.inside = function(x, y) { var dx = x - this.x, dy = y - this.y, r = this.radius; return dx * dx + dy * dy <= r * r; };
Instead of changing the color, adding the hit class will trigger a CSS3 animation. Background size gives us a nice way of quickly scaling the image of the drum, without affecting its position. You will need to add other browser’s prefixes for this work with them (-moz, -o and -ms) and might want to add a un-prefixed version as well.
#snare.hit { {% mixin animation: drumHit .15s linear infinite; %} } @{% mixin keyframes drumHit %} { 0% { background-size: 100%;} 10% { background-size: 95%; } 30% { background-size: 97%; } 50% { background-size: 100%;} 60% { background-size: 98%; } 70% { background-size: 100%;} 80% { background-size: 99%; } 100% { background-size: 100%;} }
Our GuitarString function will take a canvas id and Rect object and draw a line across the center of that rectangle.
function GuitarString(rect) { this.x = rect.x; this.y = rect.y + rect.height / 2; this.width = rect.width; this._strumForce = 0; this.a = 0; }
When we want to have it vibrate, we will call our strum function to set the string in motion. Every frame we render will reduce the force it was strummed with slightly and increase a counter that will cause the string to oscillate back and forth.
GuitarString.prototype.strum = function() { this._strumForce = 5; }; GuitarString.prototype.render = function(ctx, canvas) { ctx.strokeStyle = "#000000"; ctx.lineWidth = 1; ctx.beginPath(); ctx.moveTo(this.x, this.y); ctx.bezierCurveTo( this.x, this.y + Math.sin(this.a) * this._strumForce, this.x + this.width, this.y + Math.sin(this.a) * this._strumForce, this.x + this.width, this.y); ctx.stroke(); this._strumForce *= 0.99; this.a += 0.5; };
Our hit area for the string is just going to be a box again. Clicking within that box should trigger the string animation. But who wants to click a guitar?
To add strumming we need to check the intersection of the strings box and the line that the user’s mouse is traveling.
To get enough distance between the mouse’s previous and current position, we will need to slow down the rate at which we get the mouse move events. For this example, we will simply set a flag to ignore mousemove events for 50 milliseconds.
document.addEventListener('mousemove', function(e) { var x, y; if (!this.dragging || this.limit) return; this.limit = true; this.hitZones.forEach(function(zone) { this.checkIntercept( this.prev[0], this.prev[1], x, y, zone ); }); this.prev = [x, y]; setInterval(function() { this.limit = false; }, 50); };
Next we will need to rely on some intersection code that Kevin Lindsey wrote to see if the line of mouse movement intersect the middle of our rectangle.
Rect.prototype.intersectLine = function(a1, a2, b1, b2) { //-- http://www.kevlindev.com/gui/math/intersection/Intersection.js var result, ua_t = (b2.x - b1.x) * (a1.y - b1.y) - (b2.y - b1.y) * (a1.x - b1.x), ub_t = (a2.x - a1.x) * (a1.y - b1.y) - (a2.y - a1.y) * (a1.x - b1.x), u_b = (b2.y - b1.y) * (a2.x - a1.x) - (b2.x - b1.x) * (a2.y - a1.y); if (u_b != 0) { var ua = ua_t / u_b; var ub = ub_t / u_b; if (0 <= ua && ua <= 1 && 0 <= ub && ub <= 1) { result = true; } else { result = false; //-- No Intersection } } else { if (ua_t == 0 || ub_t == 0) { result = false; //-- Coincident } else { result = false; //-- Parallel } } return result; };
Finally we will add a new Function to create a String Instrument. It will create the new Stage, set up a number of strings and get the context of the Canvas that thw will be drawn on.
function StringInstrument(stageID, canvasID, stringNum){ this.strings = []; this.canvas = document.getElementById(canvasID); this.stage = new Stage(stageID); this.ctx = this.canvas.getContext('2d'); this.stringNum = stringNum; this.create(); this.render(); return this; }
Next we will position the hit areas of the strings and then add them to the Stage element.
StringInstrument.prototype.create = function() { for (var i = 0; i < this.stringNum; i++) { var srect = new Rect(10, 90 + i * 15, 380, 5); var s = new GuitarString(srect); this.stage.addString(srect, s); this.strings.push(s); } };
Finally the StringInstrument's render function will loop through all our strings and call their render methods. It runs all the time, a quickly as requestAnimationFrame sees fit. You can read more about requestAnimationFrame in Paul Irish's article requestAnimationFrame for smart animating.
In a real application you might want to set a flag when no animation is occurring to stop drawing a new canvas frame.
StringInstrument.prototype.render = function() { var _self = this; requestAnimFrame(function(){ _self.render(); }); this.ctx.clearRect(0, 0, this.canvas.width, this.canvas.height); for (var i = 0; i < this.stringNum; i++) { this.strings[i].render(this.ctx); } };
Having a common Stage element to handle all our interaction isn’t without its drawbacks. It’s computationally more complex, and cursor pointer events are limited with out adding extra code to change them. However, for JAM with Chrome, the benefits of being able to abstract mouse events away from the individual elements worked really well. It let us experiment more with the interface design, switch between methods of animating elements, use SVG to replace images of basic shapes, easily disable hit areas and more.
To see the Drums and Stings in action start your own JAM and select the Standard Drums or the Classic Clean Electric Guitar.


estuaries butcheri River growth Estuary estuary Potter, Swan discharge freshwater Estuary, data oxygen rainfall south‐western Australia Wellstead Inlet Moore body Acanthopagrus Australian females age condition fish Walpole‐Nornalup length males changes maturity water hypoxia biological using years Lower Mean Upper model {border-style annual change characteristics declines <. Marine coast concentrations px;} #ffffff;} decline effects estuaries, Figure species Science, Western differences west declined different environmental estuarine extent range used waters .°S Bureau ln( particularly reductions region related that, Peel‐Harvey Wilson accompanied climate curves period sex significantly systems variations year Biology, Fisheries Hall, Jenkins, Sarre example, following greater increase increased lengths mass south temperature time (Figure (Table Bertalanffy Coastal Comparisons Female Inlet, Male catchment catchments conditions fitted increases low periods relationship types von Beaufort Estuarine, Furthermore, Hesp, Shelf Tweedley, corresponding equation marked markedly predicted reduction summer typically (Cottingham Australia, Australia. Climate Cottingham, Department Water butcheri, composition female mean microtidal natural px; recorded salinity significant sparid values {font-family < (e.g., (p. (see ./j.ecss... .ln Chuwen, Cottingham Estuary. Fish Information Meteorology Perth Research Research, Thus, black column comparisons condition, consistent discharges ecosystems estuaries. estuary, expected flushing font-size male normally‐closed shown taken ./s--- Aquatic Blackwood Clarke, Freshwater MLL Murdoch Retrieved River, Table University Warwick, additional ages and, average collected declining deeper dissolved double; estimates far flow gill high highly line long material number nutrients occurred organic parallel parameters period, period. positively provide reach regions regression relationships salinities sampled schedules seine sexes station study weather winter (Australian (Sarre (Sparidae) Age Airport Annual Atlantic Development Ecology Estuaries Meteorology, Neuse Progress Rainfall Sarre, Sciences, Series, Silberstein, account attain available basis border-color border-width bream coastal collab: concentration correlated data, demersal demonstrate derived developed did effect exhibited food growth, historical implies individuals is, large lead led levels lower mass‐balance mass‐length mesh mm, periods, periods. prey probability production rates reduced reflected retention runoff shallow size solid; statistically studied times total trend trends wide {font-style {font-weight >. (Partridge .). ./j.-..tb.x ./meps Appendix Change Crowder, Global Hallett, Lloret, Mittermeier, Perth, Platell, Powers, Relationship Supporting air applied area bold calculated caught coefficient compared courier; density determine detrimental development dietary discharge. distribution em; fish, fisheries given greatest habitat hydrological hypoxic inflows influence juvenile key later leading legal life‐history likewise logarithms majority management mature measurements minimum model, obtained plasticity prevalence previously proposed pt;} quality ranged recent recruitment relatively relevant result results selected separately slope small spawning temperatures tests variables which, world zones


8.15. EXPLAIN ANALYZE
Synopsis
EXPLAIN ANALYZE statement
Description
Execute the statement and show the distributed execution plan of the statement along with the cost of each operation.
Note
The stats may not be entirely accurate, especially for queries that complete quickly.
Also, queries that have a Project
or Filter
above a TableScan
are always
inaccurate at this time (the cost will be attributed to a single node).
Examples
In the example below, you can see the CPU time spent in each stage, as well as the relative cost of each operator in the stage. Note that the relative cost of the operators is based on wall time, which may or may not be correlated to CPU time.
presto:sf1> EXPLAIN ANALYZE SELECT count(*), clerk FROM orders GROUP BY clerk;
Query Plan
-----------------------------------------------------------------------------------------------
Fragment 1 [HASH]
Cost: CPU 111.00us, Input 1000 (37.11kB), Output 10 (160B)
Output layout: [clerk, $hashvalue, count]
Output partitioning: SINGLE []
- Aggregate(FINAL)[clerk] => [clerk:varchar, $hashvalue:bigint, count:bigint]
Cost: 0.00%, Output 0 (0B)
count := "count"("count_8")
- RemoteSource[2] => [clerk:varchar, $hashvalue:bigint, count_8:bigint]
Cost: 100.00%, Output 1000 (37.11kB)
Fragment 2 [SOURCE]
Cost: CPU 8.38s, Input 1500000 (41.49MB), Output 4000 (148.45kB)
Output layout: [clerk, $hashvalue, count_8]
Output partitioning: HASH [clerk]
- Aggregate(PARTIAL)[clerk] => [clerk:varchar, $hashvalue:bigint, count_8:bigint]
Cost: 7.45%, Output 4000 (148.45kB)
count_8 := "count"(*)
- Project => [clerk:varchar, $hashvalue:bigint]
Cost: 92.55%, Output 1500000 (41.49MB)
$hashvalue := "combine_hash"(0, COALESCE("$operator$hash_code"("clerk"), 0))
- TableScan[tpch:tpch:orders:sf1.0, originalConstraint = true] => [clerk:varchar]
Cost: unknown, Output: unknown
clerk := tpch:clerk


Madrid's Gareth Bale plays an hour for Wales in win over Azerbaijan
The forward had not played since the last international break
by SPORT.esGareth Bale is a different player when he is with the national team. The Welsh forward said as much in a press conference on Friday, when he admitted he's more excited to play for his country than his club, Real Madrid.
Bale demonstrated as much again on Saturday, when he was named in the starting lineup for Wales' vital Euro 2020 qualifier against Azerbaijan.
Bale has not played for Madrid for 43 days, when he featured against Granada on Oct. 5. He got injured in Wales' game the following week against Croatia on Oct. 13 and has been sidelined ever since, now returning in another game for his country.
He looked set to leave in the summer but ended up staying. Zinedine Zidane even gave him plenty of minutes early on in the campaign despite having previously said it would be better if Bale "left tomorrow."
However, his relationship with Los Blancos is now at an all-time low. Playing for Wales will only make things worse.
Wales won the game against Azerbaijan 2-0, with both goals scored before Bale was taken off in the 60th minute. Wales are in action again against Hungary in a few days. They need a win to confirm their place at Euro 2020.


I'm a 20 year old student at Universidad de los Andes, currently I'm persuing two majors, in systems and computing engineering and industrial engineering.
This is my third year at Universidad de los Andes, until now I've learn a lot of things and I'm looking forward to learn much more.
In 2015 I graduated from Colombo Gales School in Bogotá in the international baccalaureate program.
Later on 2015 I started my studies at Universidad de los Andes
In 2017 I worked as teaching assistant in OOPI(Object oriented programming) class, solving students doubts on Java basics and reviewing class exercices.
This year I'm working as teaching assistant in OOPII class, solving students doubts on sort algorithms, binary trees and java.


your express server is sucesfully running
edit your files in /html/
need help take a look at the read me https://github.com/404invalid-user/express-static


Specialized in Machine Learning and Statistics, always improving my knowledge and understanding on the subject.
Today the most difficult role in the market is to implement and generate value with the data and the models. So my main objective is to do everything to add value to the data.
In RDMS I work mainly with PostgreSQL and SQLServer, I've been developing in MongoDB. On Dashboard I like to work with Tableau and Power BI.
Cloud: Specialization in data engineer and ML at GCP. Following the path for solution architecture at AWS. Others: Spark, Docker, git, linux, H2O.
Data Scientist and BI Analyst
Hey, thanks for visiting. I'm just a data enthusiast. During my graduation in mechanical engineering I worked a lot with data and programming, which aroused my desire to work and develop in this area. And so I have been increasingly specializing in what I really like.
I think because of the influence of my family, I am always concerned with the people beside me, the same happens in personal and professional projects that I participate in, I always try to share what I learn and expect the same from those who participate.
Hobbies: barbecue, music, craft beer, games, and developing things.
A selection of my work


We optimize dogs!
- maximize world-class technologies
- orchestrate sexy content
- seize clicks-and-mortar e-tailers
- synthesize turn-key paradigms
- disintermediate vertical eyeballs
- orchestrate proactive convergence
- architect revolutionary eyeballs
- streamline vertical networks


[gecode-users] Poor performance on simple allocation problem: did I make something wrong?
Guido Tack
guido.tack at monash.edu
Mon Apr 4 06:55:40 CEST 2016
Hi,
there’s nothing wrong with your model, it’s just that it falls into a subclass of problems (linear assignment problems) that is absolutely perfect for linear solvers and quite bad for CP solvers. Unless you have other side constraints that would make it difficult for a linear or MIP solver to find feasible solutions, a MIP will always be many orders of magnitude faster than a CP solver on this problem class.
Cheers,
Guido
--
GUIDO TACK
Senior Lecturer
Information Technology
Monash University
Level 6, Room 6.40, Building H, Caulfield Campus
900 Dandenong Road
Caulfield East VIC 3145
Australia
T: +61 3 9903 1214
E: guido.tack at monash.edu <mailto:guido.tack at monash.edu>
http://www.csse.monash.edu/~guidot/ <http://www.csse.monash.edu/~guidot/>
> On 4 Apr 2016, at 6:18 AM, Florent Teichteil <florent.teichteil at gmail.com> wrote:
>
> Hi all,
>
> I am wondering if I use Gecode the right way since I get poor performances on a simple optimal allocation problem. The B&B search algorithm keeps improving the cost but without ever converging (even after several minutes) while the same problem is solved in less than 100ms with the CBC solver from COIN. I must say that I am more comfortable with operation research algorithms than with CP ones, so it is possible that I misuse Gecode.
>
> The problem consists in assigning objects in A to objects in B so as to maximize the overall revenue.
> Allocations are optional, i.e. a given object in B does not need to have an assigned object from A if it decreases the overall revenue.
> By abusing the notation I represent A and B as positive integers and the corresponding object sets as {0,...,A-1} and {0,...,B-1}
>
> ILP model:
> * Decision variables: x(a,b) in {0,1} for each a in {0,...,A-1} and b in {0,...,B-1}
> * R(a,b)=floor(A*B*cos(2*PI*a*b/A*B)) is the revenue of the allocation pair (a,b)
> * max sum_{a in {0,...,A-1}, b in {0,...,B-1}} x(a,b) * R(a,b)
> * for each a in {0,...,A-1}: sum(b in {0,...,B-1}) x(a,b) <= 1
> * for each b in {0,...,B-1}: sum(a in {0,...,A-1}) x(a,b) <= 1
>
> CP model:
> * Decision variables:
> - x(b) in {0,...,A} for each b in {0,...,B-1}; x(b)=A when no object from A is assigned to b
> - y(b) = R(x(b),b) in {0,...} if x(b) != A else 0, for each b in {0,...,B-1}
> * with R(a,b)=floor(A*B*cos(2*PI*a*b/A*B)) is the revenue of the allocation pair (a,b)
> * max sum_{b in {0,...,B-1}} y(b)
> * for each b in {0,...,B-1}: y(b) = floor(A*B*cos(2*PI*x(b)*b/A*B)) if x(b) != A else 0
> * alldistinct(x)
> * branching with: branch(*this, x, INT_VAR_SIZE_MIN(), INT_VAL_MIN());
>
> In my test I use A=200 and B=100.
> The ILP CBC solver can even solve the problem with A=2000 and B=1000 like a charm.
> Note that the number of variables in the ILP model is much larger than in the CP model.
> I tried also to use Gecode with the ILP model but the performances are poor too.
>
> Why can't Gecode solve this simple problem? Did I make something wrong?
> Are MILP solvers much better than CP ones for such optimization problems?
> The entire code is given below.
>
> Many thanks in advance!
> Florent
>
> #include <gecode/driver.hh>
> #include <gecode/int.hh>
> #include <gecode/minimodel.hh>
>
> using namespace Gecode;
>
> class Allocation : public MaximizeScript {
> protected:
> static const int A = 200;
> static const int B = 100;
> IntVarArray x;
> IntVarArray y;
> IntVar total_reward;
>
> public:
> Allocation(const SizeOptions& opt)
> : MaximizeScript(opt),
> x(*this, B, 0, A),
> y(*this, B, Int::Limits::min, Int::Limits::max),
> total_reward(*this, Int::Limits::min, Int::Limits::max) {
> IntArgs rewards((A+1)*B);
> double PI = std::acos(-1.0);
> for (unsigned int b = 0 ; b < B ; b++) {
> for (unsigned int a = 0 ; a < A ; a++) {
> rewards[a + b * (A+1)] = static_cast<int>(std::floor(A*B*std::cos(2*PI*((double) a*b)/((double) A*B))));
> if (rewards[a + b * (A+1)] < 0.0) {
> rel(*this, x[b] != a);
> }
> }
> rewards[A*(b+1) + b] = 0.0;
> }
>
> IntSharedArray sc(rewards);
> for (unsigned int b = 0 ; b < B ; b++) {
> rel(*this, y[b] == element(sc, x[b] + b * (A+1)));
> }
>
> distinct(*this, x);
>
> rel(*this, total_reward == sum(y));
>
> branch(*this, x, INT_VAR_SIZE_MIN(), INT_VAL_MIN());
> // branch(*this, x, INT_VAR_DEGREE_MIN(), INT_VAL_MIN());
> }
>
> virtual void print(std::ostream& os) const {
> os << "total_reward: " << total_reward << std::endl;
> for(int b = 0; b < B; b++) {
> os << x[b] << " ";
> }
> os << std::endl;
> }
>
> virtual IntVar cost(void) const {
> return total_reward;
> }
>
> Allocation(bool share, Allocation& s)
> : MaximizeScript(share,s) {
> x.update(*this, share, s.x);
> y.update(*this, share, s.y);
> total_reward.update(*this, share, s.total_reward);
> }
>
> virtual Space* copy(bool share) {
> return new Allocation(share,*this);
> }
>
> };
>
> int main(int argc, char* argv[]) {
> SizeOptions opt("Allocation");
> opt.solutions(0);
> opt.iterations(20000);
> opt.parse(argc,argv);
> MaximizeScript::run<Allocation,BAB,SizeOptions>(opt);
> return 0;
> }
> _______________________________________________
> Gecode users mailing list
> users at gecode.org
> https://www.gecode.org/mailman/listinfo/gecode-users
-------------- next part --------------
An HTML attachment was scrubbed...
URL: <http://www.gecode.org/pipermail/users/attachments/20160404/788ff0e1/attachment.html>
More information about the users
mailing list


Submission¶
This section details the procedure to follow to submit a prepared contribution for inclusion in the science repository of the framework.
The cm4twc
package is hosted on GitHub and
the version control system git is used. Hence,
to submit your contribution, you will need a GitHub account (free
registration available) as well as some basic knowledge of git usage.
You can then follow the steps below to share your component contribution:
Get your own copy of the framework repository¶
First, you need to get your own copy of the repository on your GitHub account. To do so, simply go to https://github.com/hydro-jules/cm4twc and click “Fork” in the upper right hand corner of the page. You now have your own online copy of the repository, hosted on GitHub under your account.
Then, you need to get a local copy of your online copy in order to
include your contribution(s) to the framework. To do so, you need to use
the git clone command. On your local machine, run the following command
in your terminal to get a copy of the repository in your current working
directory in a folder name cm4twc
:
git clone https://github.com/<username>/cm4twc.git
where <username>
needs to be replaced with your GitHub username.
Create a branch on your copy¶
Like the cm4twc
repository, your local copy of it comes with two
branches ‘master’ and ‘dev’. It is recommended that you create a new
branch to work on each time you work on a new component. To do so,
navigate to the root of your local copy using the following command:
cd cm4twc
The ‘master’ branch contains stable releases of the framework, so we recommend you branch from the ‘master’ branch rather than the ‘dev’ branch. To do so, run the following commands:
git checkout -b <new_branch> master
where <new_branch>
needs to be replaced with the name you want to give
to your branch.
Commit your component to your branch in your local copy¶
The Python script containing your component implementation needs to be added to the repository in ‘cm4twc/components/surfacelayer’, ‘cm4twc/components/subsurface’, or ‘cm4twc/components/openwater’ depending on the part of the terrestrial water cycle it covers.
For example, for a surface layer component named ‘My Contribution’,
create a Python script named ‘my_contribution.py’ (please use a snake
case naming style for the file name, for acronyms use all lowercase) in
‘cm4twc/components/surfacelayer’ and implement your class named
MyContribution
(please use a camel case naming style for the class
name, for acronyms use all uppercase) in this Python script (see section
Preparation for more details on how to implement it).
TODO: Add to __init__.py or to components.yml?
 In its simplest form, you could use the following commands:
git add --all
git commit -m "add new surface layer component MyContribution"
Push your changes to your remote copy¶
Once you have included your component to your local copy, you need to propagate your changes to your remote copy (i.e. the one hosted on GitHub). To do so, simply use the command:
git push origin <new_branch>
Note, ‘origin’ is the default alias used by git to refer to the server you cloned from.
Open a pull request to merge your component in the framework¶
This last step happens online on GitHub, you need to go to
https://github.com/<username>/cm4twc/tree/<new_branch> (where <username>
and <new_branch>
need to be replaced appropriately) and click “Pull Request”
to merge your changes into the base repository ‘hydro-jules/cm4twc’
under the base branch ‘dev’, and not the branch ‘master’ (see GitHub help
section Creating a pull request for more details).


{% extends "public/layout.html" %} {% block content %}
profiler is a tool that helps determine the capabilities of wireless clients. this is accomplished by automating analysis of association frames.
to activate the profiler:
to profile a client:
once a client is profiled refresh this page to see new results.


Examples
Note: MGView works in Chrome and Firefox only. Sorry, Safari and IE are not supported.
Examples from MotionGenesis (courtesy Paul Mitiguy)
-
Classic Particle Pendulum
- 'Babyboot' Pendulum
- Fourbar Linkage
- Robot Arm Positioning a Heavy Ball
- Tricycle Dynamics
- Aircraft Trifilar Pendulum
Mesh Loading (for models from a CAD program)
Examples provided Courtesy of ME331b MIPSI Project Teams
-
Spiraling Up
- A ball rolling inside a spherical tube. Courtesy of Ying Zhao and Sammy Shad.
- Spinning Book -- 3D Orientation of a Rigid Body with Viscous Damping, courtesy of John Alabi.
Remote Center of Motion Robot (example courtesy of Fidel Hernandez)


CardBean
objects and provides
methods for interaction with this list.CardBean
collection into an Excel
spreadsheet (only support .xlsx).CardBean
objects.JPanel
which displays information regarding a single CardBean
object.JToolBar
object and
extending Observable
to provide observers the possibility to react to user interaction with
the toolbar.TableCellRenderer
which can be used to render ImageIcon
objects
in JTable
cells.JTextField
which acts as a filter for a
CardContainerTable
object.TableModel
, which sets all cells of a JTable
object to not editable.CardContainerTableModel
object.SetBean
objects.Comparable
.


|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object javax.swing.text.Segment
public class Segment
A segment of a character array representing a fragment of text. It should be treated as immutable even though the array is directly accessible. This gives fast access to fragments of text without the overhead of copying around characters. This is effectively an unprotected String.
The Segment implements the java.text.CharacterIterator interface to support use with the i18n support without copying text into a string.
| Field Summary | |
|---|---|
char[] |
array
This is the array containing the text of interest. |
int |
count
This is the number of array elements that make up the text of interest. |
int |
offset
This is the offset into the array that the desired text begins. |
| Fields inherited from interface java.text.CharacterIterator |
|---|
DONE |
| Constructor Summary | |
|---|---|
Segment()
Creates a new segment. |
|
Segment(char[] array,
int offset,
int count)
Creates a new segment referring to an existing array. |
| Method Summary | |
|---|---|
Object |
clone()
Creates a shallow copy. |
char |
current()
Gets the character at the current position (as returned by getIndex()). |
char |
first()
Sets the position to getBeginIndex() and returns the character at that position. |
int |
getBeginIndex()
Returns the start index of the text. |
int |
getEndIndex()
Returns the end index of the text. |
int |
getIndex()
Returns the current index. |
boolean |
isPartialReturn()
Flag to indicate that partial returns are valid. |
char |
last()
Sets the position to getEndIndex()-1 (getEndIndex() if the text is empty) and returns the character at that position. |
char |
next()
Increments the iterator's index by one and returns the character at the new index. |
char |
previous()
Decrements the iterator's index by one and returns the character at the new index. |
char |
setIndex(int position)
Sets the position to the specified position in the text and returns that character. |
void |
setPartialReturn(boolean p)
Flag to indicate that partial returns are valid. |
String |
toString()
Converts a segment into a String. |
| Methods inherited from class java.lang.Object |
|---|
equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait |
| Field Detail |
|---|
public char[] array
public int offset
public int count
| Constructor Detail |
|---|
public Segment()
public Segment(char[] array, int offset, int count)
array
- the array to refer tooffset
- the offset into the arraycount
- the number of characters| Method Detail |
|---|
public void setPartialReturn(boolean p)
p
- whether or not partial returns are valid.public boolean isPartialReturn()
public String toString()
toString
in class Object
public char first()
first
in interface CharacterIterator
getBeginIndex()
public char last()
last
in interface CharacterIterator
getEndIndex()
public char current()
current
in interface CharacterIterator
getIndex()
public char next()
next
in interface CharacterIterator
public char previous()
previous
in interface CharacterIterator
public char setIndex(int position)
setIndex
in interface CharacterIterator
position
- the position within the text. Valid values range from
getBeginIndex() to getEndIndex(). An IllegalArgumentException is thrown
if an invalid value is supplied.
public int getBeginIndex()
getBeginIndex
in interface CharacterIterator
public int getEndIndex()
getEndIndex
in interface CharacterIterator
public int getIndex()
getIndex
in interface CharacterIterator
public Object clone()
clone
in interface CharacterIterator
clone
in class Object
Cloneable
|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
Copyright © 2004, 2010 Oracle and/or its affiliates. All rights reserved. Use is subject to license terms. Also see the documentation redistribution policy.


FAQ
Do you support [feature | encoder | decoder] in Ludwig?¶
The list of encoders for each feature type is specified in the User Guide. We plan to add additional feature types and additional encoders and decoders for all feature types. Refer to this question for more details. If you want to help us implementing your favourite feature or model please take a look at the Developer Guide to see how to contribute.
Do all datasets need to be loaded in memory?¶
At the moment it depends on the type of feature: image features can be dynamically loaded from disk from an opened hdf5 file, while other types of features (that usually take need less memory than image ones) are loaded entirely in memory for speed. We plan to add an option to load also other features from disk in future releases and to also support more input file types and more scalable solutions like Petastorm.
My data is on [ GCS | S3 | Azure ], how can I load it?¶
Ludwig uses Pandas for loading data at the moment (this may change when we move to Petastorm). This means that if your service provides a mechanism for loading data with a name handler, you can load it.
These name handlers already work:
- Google
Cloud Storage: gs://
. You just
have to install gcsfs
with pip
install gcsfs>=0.2.1
and you will be
able to prive paths to Ludwig with the
gs://
name handler.
- Amazon S3:
s3://
. You just have to install boto
with pip install boto
and you will be
able to prive paths to Ludwig with the
s3://
name handler.
What additional features are you working on?¶
We will prioritize new features depending on the feedback of the community, but we are already planning to add:
- additional text and sequence encoders (attention, co-attention, hierarchical attention, Transformer, ELMo and BERT derived models, bert is supported already).
- additional image encoders (DenseNet and FractalNet).
- image decoding (both image generation by deconvolution and pixel-wise classification for image segmentation).
- time series decoding.
- additional features types (point clouds, nested lists, multi-sentence documents, graphs, videos).
- additional measures and losses.
- additional data formatters and dataset-specific preprocessing scripts.
We also want to address some of the current limitations:
- currently the full dataset needs to be loaded in memory in order to train a model. Image features already have a way to dynamically read batches of datapoints from disk, and we want to extend this capability to other datatypes.
- a simple user interface in order to provide a live demo capability.
- document lower level functions.
- optimize the data I/O to TensorFlow.
- increase the number of supported data formats beyond just CSV and integrating with Petastorm.
All these are opportunities to get involved in the community and contribute. Feel free to reach out to us and ask as there are tasks for all levels of experience.
Who are the authors of Ludwig?¶
- Piero Molino (Uber) is the main architect and maintainer
- Yaroslav Dudin (Uber) is a key contributor
- Sai Sumanth Miryala (Uber) contributed all the testing, logging and helped polishing.
Who else helped developing Ludwig? Who are the main contributors?¶
- Yi Shi (Uber) who implemented the time series encoding
- Ankit Jain (Uber) who implemented the bag feature encoding
- Pranav Subramani (Uber) who contributed documentation
- Alex Sergeev (Uber) and Felipe Petroski Such (Uber) who helped with distributed training
- Doug Blank (Comet ML) who contributed the Comte ML integration
- Patrick Von Platen (Hugging Face) who contributed the audio feature
- John Wahba (Stripe), who contributed the serving functionality
- Ivaylo Stefanov (Strypes), who contributed a substantial improvement to the visualization capabilities
- Carlo Grisetti (DS Group), who contributed improvements on the tracking of metrics during training
- Travis Addair (Uber), who helped with updating the Horovod integration
- Chris Van Pelt (Weights and Biases) and Boris Dayma (Weights and Biases) who contributed the Weights and Biases integration
- Jim Thompson (Freddie Mac) who contributed the K-Fold cross validation functionality
- Emidio Torre helped with the initial design of the landing page
How can I cite Ludwig?¶
Please use this Bibtex:
@misc{Molino2019,
author = {Piero Molino and Yaroslav Dudin and Sai Sumanth Miryala},
title = {Ludwig: a type-based declarative deep learning toolbox},
year = {2019},
eprint = {arXiv:1909.07930},
}


This implementation guide does not attempt to constrain for specific use cases.
Instead it defines representations of how commonly needed concepts, in an Australian context, can be applied generally.
This implementation guide can then be drawn on for specific use cases and further constraints added for the needs of those cases.
By referencing the AU Base definition in downstream implementation guides there is a basic level of alignment in representations across those guides.
This alignment allows general processing and simpler exchange of information from one implementation guide domain to another without the need for extensive integration treanslation tasks.
This becomes more useful as the number of specific use case implementation guides expands and the potential issues of movement of information in an out of multiple domains of interest is addressed.
This approach manifests as the following representation outcomes in this guide, as follows:
These levels used for this Implementation Guide are associated with the FHIR Maturity Model and adjusted for local use.
The content of this release has been subject to significant review through ballot and other HL7 AU processes and many aspects of it have been implemented and subjected to interoperability testing through Connectathons and early adoption. However, the degree of testing has varied. Some resources have been well tested in a variety of environments. Others have received relatively little real-world exercise. In general, the infrastructure should be considered to be more stable than the resources themselves. Guidance from early implementation will help address these areas.
All artifacts in this specification are assigned a “Maturity Level”, known as FMM (after the well known CMM grades). The FMM level can be used by implementers to judge how advanced - and therefore stable - an artifact is. The following FMM levels are defined:
DRAFT 0 The resource or profile (artifact) has been published on the current build. This level is synonymous with Draft.
FMM 1 DRAFT 0 PLUS the artifact produces no warnings during the build process and the responsible WG has indicated that they consider the artifact substantially complete and ready for implementation.
FMM 2 FMM 1 PLUS the artifact has been tested and successfully exchanged between at least three independently developed systems leveraging at least 80% of the core data elements using semi-realistic data and scenarios based on at least one of the declared scopes of the resource (e.g. at a connectathon). These interoperability results must have been reported to and accepted by the responsible working group.
FMM 3 FMM 2 PLUS the artifact has been verified by the work group as meeting the Trial Use Quality Guidelines and has been subject to a round of formal balloting; has at least 10 implementer comments recorded in the tracker drawn from at least 3 organizations resulting in at least one substantive change
FMM 4 FMM 3 PLUS the artifact is published in a formal publication (e.g. a FHIR Implementation Guide), and implemented in multiple prototype projects. As well, the responsible work group agrees the resource is sufficiently stable to require implementer consultation for subsequent non-backward compatible changes.
FMM 5 FMM 5 PLUS the artifact has been published in two formal publication release cycles at FMM1+ (i.e. Trial Use level) and has been implemented in at least 5 independent production systems.
Normative the artifact is now considered stable
Reference should also be made to Version Management Policy


--- layout: post title: "Checking signed URLs with ASP.NET" description: "Use a filter to check all requested URL signatures." date: 2020-11-09 12:19 UTC tags: [REST, ASP.NET Web API] --- {% include JB/setup %}
{{ page.description }}
This article is part of a short series on fit URLs. In the overview article, I argued that you should be signing URLs in order to prevent your REST APIs from becoming victims of Hyrum's law. In the previous article you saw how to sign URLs with ASP.NET.
In this article you'll see how to check the URLs of all HTTP requests to the API and reject those that aren't up to snuff.
The code shown here is part of the sample code base that accompanies my book Code That Fits in Your Head.
If you want to intercept all incoming HTTP requests in ASP.NET Core, an IAsyncActionFilter is a good option. This one should look at the URL of all incoming HTTP requests and detect if the client tried to tamper with it.
internal sealed class UrlIntegrityFilter : IAsyncActionFilter { private readonly byte[] urlSigningKey; public UrlIntegrityFilter(byte[] urlSigningKey) { this.urlSigningKey = urlSigningKey; } // More code comes here...
The interface only defines a single method:
public async Task OnActionExecutionAsync( ActionExecutingContext context, ActionExecutionDelegate next) { if (IsGetHomeRequest(context)) { await next().ConfigureAwait(false); return; } var strippedUrl = GetUrlWithoutSignature(context); if (SignatureIsValid(strippedUrl, context)) { await next().ConfigureAwait(false); return; } context.Result = new NotFoundResult(); }
While the rule is to reject requests with invalid signatures, there's one exception. The 'home' resource requires no signature, as this is the only publicly documented URL for the API. Thus, if IsGetHomeRequest
returns true
, the filter invokes the next
delegate and returns.
Otherwise, it strips the signature off the URL and checks if the signature is valid. If it is, it again invokes the next
delegate and returns.
If the signature is invalid, on the other hand, the filter stops further execution by not invoking next
. Instead, it sets the response to a 404 Not Found
result.
It may seem odd to return 404 Not Found
if the signature is invalid. Wouldn't 401 Unauthorized
or 403 Forbidden
be more appropriate?
Not really. Keep in mind that while this behaviour may use encryption technology, it's not a security feature. The purpose is to make it impossible for clients to 'retro-engineer' an implied interface. This protects them from breaking changes in the future. Clients are supposed to follow links, and the URLs given by the API itself are proper, existing URLs. If you try to edit a URL, then that URL doesn't work. It represents a resource that doesn't exist. While it may seem surprising at first, I find that a 404 Not Found
result is the most appropriate status code to return.
The IsGetHomeRequest
helper method is straightforward:
private static bool IsGetHomeRequest(ActionExecutingContext context) { return context.HttpContext.Request.Path == "/" && context.HttpContext.Request.Method == "GET"; }
This predicate only looks at the Path
and Method
of the incoming request. Perhaps it also ought to check that the URL has no query string parameters, but I'm not sure if that actually matters.
The GetUrlWithoutSignature
method strips off the signature query string variable from the URL, but leaves everything else intact:
private static string GetUrlWithoutSignature(ActionExecutingContext context) { var restOfQuery = QueryString.Create( context.HttpContext.Request.Query.Where(x => x.Key != "sig")); var url = context.HttpContext.Request.GetEncodedUrl(); var ub = new UriBuilder(url); ub.Query = restOfQuery.ToString(); return ub.Uri.AbsoluteUri; }
The purpose of removing only the sig
query string parameter is that it restores the rest of the URL to the value that it had when it was signed. This enables the SignatureIsValid
method to recalculate the HMAC.
The SignatureIsValid
method validates the signature:
private bool SignatureIsValid(string candidate, ActionExecutingContext context) { var sig = context.HttpContext.Request.Query["sig"]; var receivedSignature = Convert.FromBase64String(sig.ToString()); using var hmac = new HMACSHA256(urlSigningKey); var computedSignature = hmac.ComputeHash(Encoding.ASCII.GetBytes(candidate)); var signaturesMatch = computedSignature.SequenceEqual(receivedSignature); return signaturesMatch; }
If the receivedSignature
equals the computedSignature
the signature is valid.
This prevents clients from creating URLs based on implied templates. Since clients don't have the signing key, they can't compute a valid HMAC, and therefore the URLs they'll produce will fail the integrity test.
As is the case for the URL-signing feature, you'll first need to read the signing key from the configuration system. This is the same key used to sign URLs:
var urlSigningKey = Encoding.ASCII.GetBytes( Configuration.GetValue<string>("UrlSigningKey"));
Next, you'll need to register the filter with the ASP.NET framework:
services.AddControllers(opts => opts.Filters.Add(new UrlIntegrityFilter(urlSigningKey)));
This is typically done in the ConfigureServices
method of the Startup
class.
With a filter like UrlIntegrityFilter
you can check the integrity of URLs on all incoming requests to your REST API. This prevents clients from making up URLs based on an implied interface. This may seem restrictive, but is actually for their own benefit. When they can't assemble URLs from scratch, the only remaining option is to follow the links that the API provides.
This enables you to evolve the API without breaking existing clients. While client developers may not initially appreciate having to follow links instead of building URLs out of templates, they may value that their clients don't break as you evolve the API.
Next: Redirect legacy URLs.


Halley's Cometmore_vert
Halley's Cometclose
This comet is the most famous comet, discovered and named after Edmond Halley. It is on average 11 km in diameter and the orbital period is 75.3 years.
Comet Siding Springmore_vert
Comet Siding Springclose
This comet was discovered by the Nasa Jet Propulsion Lab in 1990. The orbital period is 27.1 years.
Comet Shoemaker Jupiter Impactmore_vert
Comet Shoemaker Jupiter Impactclose
This is an image of the impact on Jupiter caused by the Shoemaker Comet in 1994. It is quite common for objects to hit Jupiter, it protects us from stray asteroids sometimes.
Halley's Comet on the Bayeux Tapestrymore_vert
Halley's Comet on the Bayeux Tapestryclose
The Bayeux (Baiyoo) Tapestry is a 70m cloth made to record the history leading up to the Norman Conquest, this section shows the first known recording of Halley's Comet some time around the middle 11th century.
Comet Hartley 2more_vert
Comet Hartley 2close
An upclose image of Hartley 2 taken by Deep Impact


Toggle navigation
Apollo
Articles
(current)
About us
Go
Make a request
Information Security
Brigham Young University
Finance
Click here!
Content:


allaboutbouqets
Albouquets
Albouquets
Home
(current)
Order
Products
Contact
Customize your favourite bouquets
ORDER NOW!
Customize now!
Choose date
Date:
Type Bouquets
Bouquet Snack
Bouquet Boneka
Bouquet Bunga
Bouquet Parsel
Wrap Type
Flannel
Plastic
Fabric Bouquets
Choose Colour
Type Your Snack Here
Size
8px
9px
10px
11px
12px
14px
18px
24px
30px
36px
B
I
U
Order Now!


First, select level. (Level 1 is steps and repeated notes only, level 2 includes skips, level 3 a wider range, plus eighth notes.) All other inputs can be left as defaults (or you can select key, time and
other inputs as you please). Click submit and a sight reading example will pop up on the page (hopefully!).
Click submit again to generate a new one.
For teachers: use the tempo option and click 'start' to use the blackout scroller.
Happy sight reading! Email<EMAIL_ADDRESS>with questions, concerns, bug reports, etc.
countdown:


Recursive Blog
Ruminations on Ruminations
Google
Reddit
Thinking about f(x) = f(f(x))
R. Cursive
This is the article body..


Ajax Autocomplete Demo
Ajax Lookup
Type country name in english:
Local Lookup and Grouping
Type NHL or NBA team name:
Custom Lookup Container
Type country name in english:
Dynamic Width
Type country name in english:


| Training Name | Training Type | Skill Type | Location | Start Date | End Date | Good Grade | Passing Grade | |||
|---|---|---|---|---|---|---|---|---|---|---|
| {{batch.trainingName}} | {{batch.trainingType}} | {{batch.skillType.skillTypeName}} | {{batch.location}} | {{batch.startDate | date:'MMM d, y'}} | {{batch.endDate | date:'MMM d, y'}} | 80 | 70 |


License
Snowy
The MIT License (MIT)
Copyright (c) 2014 emoacht
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
Reactive Extensions
The MIT License (MIT)
Copyright (c) .NET Foundation and Contributors
All rights reserved.
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
XAML Behaviors for WPF
The MIT License (MIT)
Copyright (c) 2015 Microsoft
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
Windows Community Toolkit
Copyright (c) .NET Foundation and Contributors
All rights reserved.
MIT License (MIT)
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


LDAP intro
- Data saved in directory structure
- Each record has "DN" (full distringuished name) and "RDN"
- Example DN: uid=john,ou=People,dc=keycloak,dc=org
- Example RDN: uid=john
- Every record can have attributes
- Records are constrained by schema. Each type of object (objectClass) can have just specified attributes.
LDAP Schema
- Pros: Allows data to be stored in standardized format
- Cons: It's not possible to store everything into LDAP
- Schema modifications possible, but then advantage of standardized format is lost.
RHSSO - supported LDAPs
- Microsoft Active Directory
- Red Hat Directory Server
RHSSO integration
- LDAP Federation provider
- Federation Mappers
- User Attribute Mapper
- Fullname Mapper
- Role mappings
- Group mappings
- MSAD mapper
Logging / Debugging
- In standalone.xml
- TRACE for category "org.keycloak.federation.ldap"
- Connection pool debugging
- -Dcom.sun.jndi.ldap.connect.pool.debug=fine
- -Dcom.sun.jndi.ldap.connect.pool.debug=all
- Latter is more verbose, but much more useful (Info about connection pool usage etc)


| com.camerash.filterdrawer.ChildAdapter |
Adapter for ChildItem used in the FilterDrawer |
| com.camerash.filterdrawer.ChildItem |
Abstract class for base implementation of ChildItem used in FilterDrawer |
| com.camerash.filterdrawer.DefaultChildItem |
Default implementation of ChildItem |
| com.camerash.filterdrawer.DefaultParentItem |
Default implementation of ChildItem |
| com.camerash.filterdrawer.DiffItemCallback |
Interface used for adapting DiffCallback to custom data type |
| com.camerash.filterdrawer.DrawerBuilder |
Builder for building the FilterDrawer |
| com.camerash.filterdrawer.ExpandableLayoutIndicatorListener |
Used in conjunction with ExpansionLayout for rotation animation of the arrow indicator |
| com.camerash.filterdrawer.FilterDrawer |
The actual FilterDrawer itself |
| com.camerash.filterdrawer.FilterRecyclerViewDiffCallback |
DiffUtil Callback used for calculating changes in FilterableRecyclerAdapter |
| com.camerash.filterdrawer.FilterableRecyclerAdapter |
Base implementation of RecyclerAdapter that is filterable by FilterDrawer |
| com.camerash.filterdrawer.ParentAdapter |
Adapter for ParentItem used in the FilterDrawer |
| com.camerash.filterdrawer.ParentItem |
Abstract class for base implementation of ParentItem used in FilterDrawer |
| com.camerash.filterdrawer.RecyclerAdapterFilter |
Interface for implementation of filter logic used in FilterableRecyclerAdapter |


The Finlo way ?
Let’s get to know each other
We invite you to fill out a form about you and your business to check whether
your profile and business needs match our offer.
It should take you about 20 minutes and you will need the following documents
Let’s see if it’s a match
We will review your information within 72 hours. You will get notified by email
to know whether your request was approved or not.
If approved, congratulations ! We will let you know the funding terms we can
provide you with.
If not, we will stay in touch with you to discuss possible ways for Finlo to help
your business.
Let’s close the deal
It is up to you to now accept the financial terms and conditions Finlo can offer
you. If you do, it’s a done deal !
We will be more than happy to arrange a call to finalize our agreement.
Why Finlo ?
Smooth and Adequate Access to Funding
Finlo enables you to cover your short to medium
term cash needs
Increase efficiency
Finlo support your business by providing digital
tools that help you increase operational efficiency
Connect to business partners
Finlo connects you to its pan African community of small
and medium business owners.


I am a software developer and a web freelancer ready to help you
Find Out More
I was born in Colima, Mexico in 1999. I studied from Elementary to High School in Colegio Campoverde. I am currently studying a major in Computer Science and Technologies in ITESM campus Monterrey.
I love to be involved in the most activities that I can, I have participated as competitor in a few coding competitions, as organizer in HackMty and as staff the entrepeneur festival INC Mty.
I am working to be one of the best software developers in the world. As a coder I will always be searching for making this world a better place to live in, by creating software that can help in everyone's life.
Give me a call or send me an email and I will get back to you as soon as possible!
+52<PHONE_NUMBER>


Description: Reduce the set of matched elements to those that match the selector or pass the function's test.
selector: Selector A string containing a selector expression to match the current set of elements against.
function(index): Function()
A function used as a test for each element in the set. this
is the current DOM element.
element: Element An element to match the current set of elements against.
jQuery object: Object An existing jQuery object to match the current set of elements against.
Given a jQuery object that represents a set of DOM elements, the .filter()
method constructs a new jQuery object from a subset of the matching elements. The supplied selector is tested against each element; all elements matching the selector will be included in the result.
Consider a page with a simple list on it:

list item 1

list item 2

list item 3

list item 4

list item 5

list item 6

We can apply this method to the set of list items:
$('li').filter(':even').css('background-color', 'red');
The result of this call is a red background for items 1, 3, and 5, as they match the selector (recall that :even
and :odd
use 0-based indexing).
The second form of this method allows us to filter elements against a function rather than a selector. For each element, if the function returns true
(or a "truthy" value), the element will be included in the filtered set; otherwise, it will be excluded. Suppose we have a somewhat more involved HTML snippet:

list item 1 -
one strong tag

list item 2 -
two strong tags

list item 3

list item 4

list item 5

list item 6

We can select the list items, then filter them based on their contents:
$('li').filter(function(index) {
return $('strong', this).length == 1;
}).css('background-color', 'red');
This code will alter the first list item only, as it contains exactly one
tag. Within the filter function, this
refers to each DOM element in turn. The parameter passed to the function tells us the index of that DOM element within the set matched by the jQuery object.
We can also take advantage of the index
passed through the function, which indicates the 0-based position of the element within the unfiltered set of matched elements:
$('li').filter(function(index) {
return index % 3 == 2;
}).css('background-color', 'red');
This alteration to the code will cause the third and sixth list items to be highlighted, as it uses the modulus operator (%
) to select every item with an index
value that, when divided by 3, has a remainder of 2
.
<!DOCTYPE html>

<!DOCTYPE html>

$("div").filter( document.getElementById("unique") )
$("div").filter( $("#unique") )


{{title}}
{{#if fail}}
The email you provided is associated to an existing account.
{{/if}}
Admin Account
Free Account
Submit
Back to login


On permutations
Define the following relationships on (list A):
- The list l' is obtained from l by transposing two consecutive
items.
- The list l' is obtained from l by a finite number of such transpositions. We say that l' is a permutation of l.
Show that the second one is an equivalence relation.
Solution
Look at this file
Note
You could also define the relationship perm as
(Rstar _ transpose). In this case, you first have
to load the module Rstar of the library Relations,
and prove that the reflexive transitive closure of a symmetric relation
is symmetric too.
Follow this link
Going home
Pierre Castéran


What We Do
Here at FIFA Stats 2019, you'll not only be able to find the latest, most robust stats on all your favorite players and draft up your dream team, but we'll also help to make your team better using our predictive Weak Link Model. With it, we find the weakest links on your team, a 'superstar' who you're likely overpaying, and suggest replacements that bring up the overall value of your team while costing you less.
Directory
FIFA 2019 Player Stats
Take a look through our player database complete with all the stats you could ever need to start drafting the team you want, today.
Weak Link Finder
Here, we'll take a look at whatever team you could possibly build with our database, and make it better by making your weak links stronger and getting you a better deal on a high-value player at no extra cost to you.
About Us
Find out more about us and how we brought all of your favorite FIFA stats and players suggestions into one convenient app.


Pre Fab Academy
Week 1
Week 2
Week 3
Week 4
Project
About Me
Contact
YADU SHARON
I am a DIY hobbyist with interests in Electronics. I did my graduation in Electrical and Electronics Engineerng.I used to make small things during my school days and became a better maker during my college time.
--Menu--


{% extends "base.html" %} {% block title %}
Medieval catalogues > HENRY DE KIRKESTEDE > Catalogus, c. 1360
{% endif %}69 identified entries found.
All data was derived from the List of Identifications by Professor Richard Sharpe.
{% if not printing %}
A key to codes used in the List is available (opens in new tab).{% endif %}


CSF-PR 2.0 Main components
Initial disease category bubbles
Heat-map component
Bubble chart component
Proteins table with spark-line
Protein details component(Peptides level data)


Most logging will be done automatically by the built-in libraries. Clients and plug-ins can also add to the log file using the functions below.
#include <rservr/api/log-output.h> //manually add a line to the log result client_log_output(logging_mode, const char*, const char*); //the first string is a source tag (such as "internal") and the second is the message
The function below can be used to change the logging mode of the client. This can greatly reduce or greatly increase the amount of log output.
#include <rservr/api/log-output.h>
//change the local logging mode of the client
result set_logging_mode(logging_mode);
/* use a mask created by combining the modes below:
logging_none: no logging type
logging_minimal: only critical messages (should always be used)
logging_normal: routine logging messages
logging_extended: ridiculously detailed messages (unhelpful to most)
logging_debug: messages used only for debugging
logging_default: default combination of modes (set in param.h)
logging_all: combination of all modes */
Terminal access is managed by rservr itself, but only if it was started in a way that causes it to own a terminal. Terminal access is granted to clients by rservr via explicit requests from each specific client. This is comparable to a background process started by a shell requesting to be brought to the foreground, except that rservr doesn't interact with the user as a shell. See the rservr program reference for more information about giving rservr a terminal.
Important: The rservr that the client is connected to must be the owner of the client's controlling terminal in order to access the terminal.
Important: Terminal control may be revoked by the server at any time, even to give the terminal to another client.
Use the functions below to request and return control within a client program. Keep in mind that rservr can be started with terminal inheritance disabled, so the client program may or may not be able to access the terminal from any given instance of the client. The requesting client must be a part of the same session as the server (i.e. can't have called setsid) and the actual client process can't have changed process groups since the server started it (default.) When a client is created using the system option (with either rservr configuration or rservrd on the command line,) the client's group will differ from the client's process number, so setting the process' group to its process number will prevent it from using the terminal.
#include <rservr/api/client.h> //the operations below are performed pseudo-atomically //request the server pass control of the terminal command_event request_terminal(int*); /* provide a pointer if you want the actual file descriptor for the terminal. this might be necessary if the server was started using standard input for configuration so that the client can dup2 the terminal file over STDIN_FILENO. this also might be necessary if the client counts on standard input, output, and error to be tied to a terminal because the server can disable inheritance of any of those descriptors. always close the descriptor provided (if terminal access is granted) before requesting terminal access again. possible returns (check with &): event_wait: the terminal is in use by a higher or equal priority client event_unsent: the client doesn't have permission and/or a controlling terminal event_unavailable: timeout reached before a response was received event_complete: terminal control taken */ //return control of the terminal to the server result return_terminal(); //determine if the client controls the terminal result terminal_control();
Terminal access may be revoked by rservr at any time without notice. Normally this is done to give control to another client that is a higher priority.
When two clients are registered as the same type, the client with the lower command priority will take or retain control of the terminal. If both priorities are equal, the current client will retain control of the terminal.
The functions below retrieve information related to the client's registration with the server. This information could be different each time the client is evecuted, but should not change throughout the client's execution unless the client is deregistered then registered again.
#include <rservr/api/client.h> //this returns the name registered on the server text_info get_client_name(); //this returns the name of the connected server text_info get_server_name(); //this returns the client's permissions permission_mask get_client_type();
The Resourcerver API provides developers with the exact same interface used by rservr (and other standard programs) to parse run-time configurations. This interface is the source of the uniform configuration file format. You should use this interface whenever possible to retain consistency across all Resourcerver programs.
#include <rservr/config-parser.h> //the macros below are returned by the line-loading functions only #define RSERVR_LINE_LOADED //line loaded #define RSERVR_LINE_ERROR //error encountered in line #define RSERVR_LINE_CONTINUE //line continued to the next with escape char #define RSERVR_LINE_FALLIBLE //line loaded ("allow failure" option used) //the functions below take a second path argument for command substitution //load the next configuration line into the parser int load_line(const char*, const char*); //this function doesn't allow the "allow failure" (!) option //load the next configuration line into the parser int load_line_fail_check(const char*, const char*); //this function allows the "allow failure" (!) option //enable (non-zero) or disable (zero) command substitution when using "`" void set_command_substitution(int); //this applies only to subsequent lines (the default state is "enabled") //return the current command-substitution state int command_substition_state(); //check for additional lines resulting from substitution int extra_lines(); //clear additional lines resulting from substitution void clear_extra_lines(); //the functions below return 0 for success and -1 for failure //assign the current argument to the pointer (required for the first element) int current_argument(const char**); //remove the current argument and assign the next int next_argument(const char**); //use NULL to just remove the current argument //remove the current argument and assign the next only if there's only one left int remaining_line(const char**); //get the number of arguments left after the current one unsigned int number_remaining();
Below is a simple example of how to include parsing in a program. The parse_file function should require very little adaptation for most programs.
#include <stdio.h> #include <errno.h> #include <string.h> #include <rservr/config-parser.h> static int process_line(); static int parse_file(FILE *fFile) { //this function is a good example of a parser loop if (!fFile) return -1; char buffer[1024]; int outcome = 0, parsed = 0, extra = 0; while (extra_lines() || fgets(buffer, sizeof buffer, fFile)) { if (!extra_lines()) { ++parsed; //(this is trivial) extra = 0; //(this is trivial) outcome = load_line_fail_check(buffer, NULL); } else { ++extra; //(this is trivial) outcome = load_line_fail_check(NULL, NULL); } if (outcome == RSERVR_LINE_CONTINUE) continue; if (outcome == RSERVR_LINE_ERROR) return -1; //this should be a call to an option interpreter //(an error message might be in order for allowed failure) if (process_line(parsed, extra) != 0 && outcome != RSERVR_LINE_FALLIBLE) return -1; } return (outcome == RSERVR_LINE_CONTINUE)? 1 : 0; } static int process_line(int lLine, int eExtra) { //this is a semantical example of how to process a line const char *current_data = NULL; if (current_argument(¤t_data) != 0 || !current_data) return 0; //example process --> fprintf(stdout, "/%i/%i/option: [%s]", lLine, eExtra, current_data); while (next_argument(¤t_data) == 0) { //(you must copy the data if you need more than one argument at once) char *copied_data = strdup(current_data); fprintf(stdout, ", argument: [%s]", copied_data); free(copied_data); } fprintf(stdout, "\n"); //<-- example process return 0; } int main(int argc, char *argv[]) { //this just feeds the files to the parser one at a time int outcome = 0, I; for (I = 1; I < argc && outcome >= 0; I++) { FILE *next_file = fopen(argv[I], "r"); if (!next_file) fprintf(stderr, "%s: can't open file '%s': %s\n", argv[0], argv[1], strerror(errno)); else if ((outcome = parse_file(next_file)) < 0) fprintf(stderr, "%s: parsing error in file '%s'\n", argv[0], argv[1]); } if (outcome == 1) fprintf(stderr, "%s: missing continuation\n", argv[0]); }
The example above uses NULL as the second argument for load_line_fail_check; however, you can use an execution path instead, which will be used for command substitution. All of the Resourcerver programs use the path of the current configuration file so that command substitution takes place in the same path as the file it originates from.
Try the example configuration below (save as a file) with the program above for a demonstration of what happens when the input is parsed.
#this is a demo configuration that won't work with programs in this project option1 arg1 arg2 #<-- basic config line option2 "arg 'one'" \ 'arg "two"' #<-- a more complex config line option3 `id -un;` `id -gn;` #<-- an example of element substitution `date;` #<-- an example of line substitution #some randomness included for no reason... (most likely requires GNU/'bash') `if [ $( expr $( date +%N ) % 2 ) -eq 1 ]; then date -u fi` #several interesting/obscure cases option4 "split argument" option5 "split \ argument" `echo 'split "--> \ <--" argument1'` `echo \\\`echo \\''split "--> \ <--" argument2'\\'\\\`` `echo -n '"merge \\'` `echo 'arguments1"'` other1 `echo -n 'merge \\'` `echo 'arguments'` other2 `echo -n 'merge \\'` arguments
As with the configuration parsing interface, the entire numerical-conversion interface used internally by the entire Resourcerver project is provided to the developer.
#include <rservr/api/tools.h> /* use the macro RSERVR_MAX_CONVERT_SIZE to allocate a buffer before converting with the functions below. the same pointer is returned upon success or NULL is returned for an error. use NULL as an argument if you're not worried about re-entrancy. */ //convert an integer decimal-format string text_info convert_integer10(int, char*); //this function should be used for signed integers //convert an integer hexadecimal-format string text_info convert_integer16(unsigned int, char*); //this function should be used when converting byte values, etc. //convert an floating point to a decimal-format string text_info convert_double(double, char*); //this function should be used for any non-integer real value. /* the functions below take the entire string into account for conversion; therefore, a string not made up of exactly one number with leading or trailing whitespace will return an error. this helps when parsing while tokenizing, but requires the text of the number to be isolated first. */ //convert a string to permissions (see the rservr security option) result parse_permissions(text_info, permission_mask*); //convert a string to a logging mode (see the rservr log_mode option) result parse_logging_mode(text_info, logging_mode*); //parse a decimal-format string into an integer result parse_integer10(text_info, int*); //parse a hexadecimal-format string into an integer result parse_integer16(text_info, unsigned int*); //parse a 64-bit hexadecimal-format string into an integer result parse_integer16l(text_info, unsigned long long*); //parse a decimal-format string into a floating point result parse_double(text_info, double*);
Info: Explicit timing changes aren't currently supported for direct client use. rservr will send a timing table to each client when it registers, making all clients run using the server's own timing table. The server's timing table can be controlled using its configuration file.
| © 2008 - Kevin P. Barry | The Resourcerver Project |


| PERL5244DELTA(1) | Perl Programmers Reference Guide | PERL5244DELTA(1) |
If you are upgrading from an earlier release such as 5.24.2, first read perl5243delta, which describes differences between 5.24.2 and 5.24.3.
Excluding auto-generated files, documentation and release tools, there were approximately 1,300 lines of changes to 12 .pm, .t, .c and .h files.
Perl continues to flourish into its third decade thanks to a vibrant community of users and developers. The following people are known to have contributed the improvements that became Perl 5.24.4:
Abigail, Chris 'BinGOs' Williams, John SJ Anderson, Karen Etheridge, Karl Williamson, Renee Baecker, Sawyer X, Steve Hay, Todd Rinaldo, Tony Cook, Yves Orton, Zefram.
The list above is almost certainly incomplete as it is automatically generated from version control history. In particular, it does not include the names of the (very much appreciated) contributors who reported issues to the Perl bug tracker.
Many of the changes included in this version originated in the CPAN modules included in Perl's core. We're grateful to the entire CPAN community for helping Perl to flourish.
For a more complete list of all of Perl's historical contributors, please see the AUTHORS file in the Perl source distribution.
If you believe you have an unreported bug, please run the perlbug program included with your release. Be sure to trim your bug down to a tiny but sufficient test case. Your bug report, along with the output of "perl -V", will be sent off to<EMAIL_ADDRESS>to be analysed by the Perl porting team.
If the bug you are reporting has security implications which make it inappropriate to send to a publicly archived mailing list, then see "SECURITY VULNERABILITY CONTACT INFORMATION" in perlsec for details of how to report the issue.
The INSTALL file for how to build Perl.
The README file for general stuff.
The Artistic and Copying files for copyright information.
| 2019-10-21 | perl v5.30.3 |


darkteal |
Unit DTLinAlgUses Types Constants Variables DescriptionA unit providing some linear algebra functionalities OverviewClasses, Interfaces, Objects and Records
Functions and Procedures
DescriptionFunctions and Procedures
Generated by PasDoc 0.15.0. |


Napa Valley
Race is currently under construction. Please check back soon. Thank you.
Home
Ragnar Relay Races
Del Sol
Napa Valley
So Cal
Wasatch Back
Other Races
Pat's Run
Races
Company Information
Run Thru was created to provide detailed race information for various races.
Contact Us
Jesse King
Trenton Rawlinson
Vern Wolfley
Social Stuff
Twitter
Facebook
About
Running Websites
Ragnar Relay Series
Running Relays
Digital Running
Running Blogs
Complete Running Network
Running and Rambling
Runblogger
Run Infinity
Links


Home
|
Quick StartStart here to get going quickly with Titanium Studio, Titanium Mobile and our other technologies. |
|
|
Example ApplicationsCheck out these example applications to get a sense of how Titanium applications work. |
|
|
VideosScreencasts and presentation videos to help you quickly ramp up on Titanium and keep you on the bleeding edge of best practices knowledge and app development techniques. |
|
|
In-Depth Reference GuidesComplete guides on the core concepts needed to develop applications with Titanium, covering database access, filesystem I/O, remote data access over HTTP and more. |
|
|
How-Tos and TutorialsShort form tutorials on JavaScript tips and tricks, how-tos on less common programming tasks, and information on working with platform-specific features. |


About My Research
I explore virtual galaxies and their surroundings, and use my explorations to give insight on how these massive structures form. Take a look through my visualizations, publications, or code, or email me if you have a question.
About Me
I am a doctoral candidate at Northwestern University, where I work with Claude-André Faucher-Giguère as a member of the FIRE project.
When I’m not working on research I spend a lot of time teaching high school students as a Reach for the Stars fellow. I am currently working with the Northwestern Academy for Chicago Public Schools to create vault, a place for high school students to answer in-depth questions about the world around them.


{% extends "layout.html" %} {% block page_title %} Apply for European Structural and Investment Funding {% endblock %} {% block content %} {% include "includes/phase_banner_alpha.html" %} About your project Financial information - summary Step 4 : Financial information - summary Project costs Cost category Total Capital 0 Revenue 0 Total 0 Funding sources Funding type Funding source Source Type of expenditure Cost and funding allocations Priority axis Funding by category of region Funding source More developed Transitional Less developed Total ERDF (capital) 0 0 0 0 ERDF (revenue) 0 0 0 0 Subtotal capital 0 0 0 0 Subtotal revenue 0 0 0 0 Total 0 0 0 0 Funding by Local Enterprise Partnership Local Enterprise Partnership ERDF Public match funding Private match funding Total Total 0 0 0 0 Funding by Local Enterprise priority Investment priority ERDF Public match funding Private match funding Total Total 0 0 0 0 Save and continue Save and quit {% include "includes/application_info.html" %} {% include "includes/secondary_nav.html" %} {% endblock %}


{% extends 'layouts/base.html' %} {% import 'macros/form_macros.html' as f %} {% import 'macros/check_password.html' as check %} {% block content %}
We are uploading your file!


From character to natural reads, I am all about approaching your project uniquely and with consistent personality. With a distinct passion for bringing life and meaning to a project, my voice-over has turned curious clients into happy clients, because I understand how important influence in communication can be (and simply because everyone in life is around it almost everyday). Looking to stand out with a voice-over for your next project? Then make your voice-over a voice that cares about how you want to be heard.
Choose
THE RADICAL VOICE


Hi, I'm Amari! This is my website for the purpose of TeamTreeHouse. That is all you need to know about me. Well, except for one thing: that is not actually me in the photo above. I know bummer, right? I can't smile that greatly. I only aspire to one day smile as amazingly as Nick Pettit smiled for that photo.
If you'd like to follow my shenanigans on Twitter, my username is @NymtonksB.


Interface IAsyncOperation<TResult>
Represents the consumer side of an asynchronous operation (promise). Extends IAsyncOperation interface with a result value.
Inherited Members
System.IDisposable.Dispose()
System.IObservable<TResult>.Subscribe(System.IObserver<TResult>)
Namespace: UnityFx.Async
Assembly: UnityFx.Async-netstandard2.0.dll
Syntax
public interface IAsyncOperation<out TResult> : IAsyncOperation, IAsyncOperationCallbacks, IAsyncCancellable, IAsyncResult, IDisposable, IObservable<TResult>
Type Parameters
| Name | Description |
|---|---|
| TResult | Type of the operation result value. |
Properties
| Improve this Doc View SourceResult
Gets the operation result value.
Declaration
TResult Result { get; }
Property Value
| Type | Description |
|---|---|
| TResult | Result of the operation. |
Remarks
Once the result of an operation is available, it is stored and is returned immediately on subsequent calls to the Result property. Unlike Tasks accessing the property does not block the calling thread (InvalidOperationException is throws instead). Note that, if an exception occurred during the operation, or if the operation has been cancelled, the Result property does not return a value. Instead, attempting to access the property value throws an exception.
Exceptions
| Type | Condition |
|---|---|
| InvalidOperationException | Thrown if the property is accessed before operation is completed. |


Plugin and you are done :)
Include the latest version of jQuery, and A11Y-labeler:
<!-- jQuery (necessary for A11Y-labeler plugins) --> <script src="//ajax.googleapis.com/ajax/libs/jquery/1.11.2/jquery.min.js"> </script> <!-- Latest compiled and minified A11Y-labeler JavaScript --> <script src="dist/js/A11Y-labeler.min.js"></script>
Licensed under The MIT License (MIT) · This project is maintained by Osahan · Hosted on GitHub Pages


 I've posted the numbers from early last week below. The percentages are the difference from 3.5. Given the spate of landings later in the week after we measured, I'll have to update the numbers again to get the full effect of everything listed below. As usual, more details and links are available on the project wiki, and we're available to answer questions in #startup on irc.mozilla.org.
Cold Startup (median results from Juan and myself)
| Platform | 3.5 | 3.6 | Trunk |
| Mac Leopard (10/6) | 12161 | 10440 (-14%) | 10175 (-16%) |
| Win XP (10/4) | 5610 | 5640 (0%) | 4050 (-27.8%) |
| Platform | 3.5 | 3.6 | Trunk |
| Mac Leopard | 1500ms | 1190ms (-20%) | 1040ms (-30%) |
| Win XP | 458ms | 470ms (+2%) | 468ms (+2%) |
| Win Vista | 545ms | 544ms (0%) | 545ms (0%) |
| Linux | 624ms | 634ms (0%) | 634ms (0%) |
- Ryan landed bug 475289 to lazily initialize the engineMetadataService, bug 520342 to consolidate service initialization in the microsummary service, and pushed bug 499123, coalescing browser about: pages, to the 3.6 branch.
- Taras landed a bunch of optimizations to the fastload system as well as his work on combining the different preference files.
- I turned on PGO for Places, mozStorage and SQLite.
- Alfred Kayser's patch on bug 510844 landed, which should increase throughput of JAR file reading.
Ben Hsieh got review on bug 510991, which removes some stats() from the startup path. Recent activity:
Ryan put up a patch for bug 520284, which utilizes an important change that happened recently in bug 471219 which allows components to register for periodic timer notifications without instantiating the service or component. An example is in Ryan's patch, and the docs are in the source.
- Bug 504858 pushes back the population of the bookmarks toolbar until after the browser window comes up. Dao put up a new patch. Measuring the wall-clock effect of this on startup, and determining what exactly is "gaming" the Ts test is part of the work here.
- Ben Hsieh is in review cycles for bug 511761 which optimizes the fastload cache invalidation, and consolidates some of the invalidation triggers.
- Service caching work in bug 516085, still made no progress. This week I'll try pushing this to the Places branch.
- No updates on Zack's CSS parser changes in bug 513149.
Cold Startup Testing: Alice put more patches on bug 510587, getting us ever closer to automated testing of cold startup. Projects in a holding pattern:
Moving font-loading out of the startup path on Mac: Jonathan Kew filed bug 519445 with a WIP patch for yet further reductions in Mac startup time spent in font system initialization.
- JARification: David abandoned moving JS modules into a JAR file, since those files are fastloaded. However, since we want things like post-extension-install restarts to be fast, and those cause fastload cache invalidation, we might want to do things like this anyways. I filed a bug for the same treatment for components. These are lower priority, since they're not the normal startup case. Follow along with all JAR-ification via the tracker bug.
- Startup Timeline: No updates, still not landed. Add [ft] in the whiteboard of your bug w/ the function names you want timed and David will generate it and update the bug.
- Static Analysis: No progress on bug 506128. David needs to file a bug with the final log of named-yet-uncalled functions.
- Dirty Profile Testing: No progress. Need to list scenarios, file bugs for each, generate Talos config patches and profile data, and then move it into Rel-Eng territory. Also, need to get a separate Tinderbox tree, since it's going to cause a bazillion new columns.
- Joel Reymont noted in bug 513076 that there are serious drawbacks to getting our libraries in the dyld shared cache on Mac, so has deprioritized that work.


--- layout: archive title: Zulip Chat Archive permalink: /stream/113489-new-members/topic/Motive.20not.20type.20correct.html ---
I'm getting the error rewrite tactic failed, motive is not type correct
, and I can't figure out why...
import data.finset open finset set_option trace.check true lemma test {n : ℕ} {a : finset (fin n)} : card a ∈ range (n + 1) := begin have q : finset.card (elems (fin n)) = n := card_fin n, rw [mem_range, nat.lt_succ_iff, ← q], end
The "additional details" from the trace says:
[check] application type mismatch at
card a
argument type
finset (fin n)
expected type
finset (fin _a)
The backward rewrite is replacing n
inside the expression @card (fin n) a
, turning it into @card (fin (finset.card (elems (fin n)))) a
which is no longer well typed because a
still has the original type finset (fin n)
I see... Is there a way to avoid this, or do I just restructure the proof?
you can use conv to focus on the RHS
I would try to avoid rewriting with n = ...
because there are too many triggers around
you can often just stick to rewrites in the other direction to simplify composite terms
conv
looks super useful, thanks!
(I changed imports/open)
import data.fintype open fintype finset set_option trace.check true lemma test {n : ℕ} {a : finset (fin n)} : card a ∈ range (n + 1) := begin have q : finset.card (elems (fin n)) = n := card_fin n, rw [mem_range, nat.lt_succ_iff], -- ⊢ card a ≤ n conv begin to_rhs, rw ←q, end, sorry, end
See conv docs (and feel free to add stuff to them). This stuff is not covered in TPIL but is occasionally a lifesaver.
Yeah that makes sense, I just rewrote it like this:
lemma test {n : ℕ} {a : finset (fin n)} : card a ∈ range (n + 1) := begin rw [mem_range, nat.lt_succ_iff], by calc card a ≤ card (fin n) : card_le_of_subset (subset_univ _) ... = n : card_fin n end
When you run into an issue like this you can either make your argument work or restructure your argument. I guess my instinct is usually to make my argument work, which might mean why I sometimes write lousy code.
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


“Musalāni gahetvāna,
dhaññaṁ koṭṭenti māṇavā;
Puttadārāni posentā,
dhanaṁ vindanti māṇavā.
“Taking a pestle,
young men pound corn.
Supporting partners and children,
young men acquire wealth.
Ghaṭetha buddhasāsane,
yaṁ katvā nānutappati;
Khippaṁ pādāni dhovitvā,
ekamantaṁ nisīdatha.
Work at the Buddha’s bidding,
you won’t regret it.
Having quickly washed your feet,
sit in a discreet place to meditate.
Cittaṁ upaṭṭhapetvāna,
ekaggaṁ susamāhitaṁ;
Paccavekkhatha saṅkhāre,
parato no ca attato”.
Establish the mind,
unified and serene.
Examine conditions
as other, not as self.”
“Tassāhaṁ vacanaṁ sutvā,
paṭācārānusāsaniṁ;
Pāde pakkhālayitvāna,
ekamante upāvisiṁ.
“After hearing her words,
the instructions of Paṭācārā,
I washed my feet
and retired to a discreet place.
Rattiyā purime yāme,
pubbajātimanussariṁ;
Rattiyā majjhime yāme,
dibbacakkhuṁ visodhayiṁ.
In the first watch of the night,
I recollected my past lives.
In the middle watch of the night,
I purified my clairvoyance.
Rattiyā pacchime yāme,
tamokhandhaṁ padālayiṁ;
Tevijjā atha vuṭṭhāsiṁ,
katā te anusāsanī.
In the last watch of the night,
I shattered the mass of darkness.
I rose up master of the three knowledges:
your bidding has been done.
Sakkaṁva devā tidasā,
saṅgāme aparājitaṁ;
Purakkhatvā vihassāmi,
tevijjāmhi anāsavā”.
I shall abide honoring you
as the thirty gods honor Sakka,
undefeated in battle.
Master of the three knowledges, I am free of defilements.”
… Uttarā therī ….


Returns the last year of commit activity grouped by week. The days
array
is a group of commits per day, starting on Sunday
.
GET /repos/:owner/:repo/stats/commit_activity
Status: 200 OK
[
{
"days": [
0,
3,
26,
20,
39,
1,
0
],
"total": 89,
"week":<PHONE_NUMBER>
}
]


{{ if .Page.Params.pdf}}
Download the slides from today’s class.
The slides from today will be posted here after class.


Shared & Isolate Scopes
Shared Scope
@ Isolate Scope
@ Isolate Scope with String
= Isolate Scope with Object
& Isolate Scope with Event


Yo wasup every body up in dis place!  BTW there will be a new movie called Revenge of the Skull Destroyer
Also there will be a series called: Burn it Out .With Eggs!!!!!
This is the channel it's self
And this is a fart soundeffect
Sorry!!! Coming soon
Here are the top 2 vids
remember, you guys can change this by just givin' me money... ah, i mean caring and supporting this channel .